I did change how 90Hz mode works slightly [I manually tuned all 80 modes from 40hz to 120Hz] so using this will push BOE OLED panel controllers slightly more at 90hz than stock would, but it should still be well within expected panel tolerances. I would not expect any harm to come from that.
Modes that will drive BOE panels at rates higher than stock: 46-48, 50, 53-54, 58, 60-63, 65-64, 68-69, 75-79, 82-83, 86, 89-120
All other modes will drive BOE panels at rates lower than stock.
For SDC, all modes from 45 through 90 will drive panel at stock rate, for 40-44 they’ll be lower than stock, 91-120 will be higher than stock.
For LCD decks, only 61-70 would push panel harder, but there’s very little risk comparatively there, especially given many, including myself, have run LCD decks at 70hz for extended periods without issue.
I did change how 90Hz mode works slightly [I manually tuned all 80 modes from 40hz to 120Hz] so using this will push BOE OLED panel controllers slightly more at 90hz than stock would, but it should still be well within expected panel tolerances. I would not expect any harm to come from that.
Modes that will drive BOE panels at rates higher than stock: 46-48, 50, 53-54, 58, 60-63, 65-64, 68-69, 75-79, 82-83, 86, 89-120
All other modes will drive BOE panels at rates lower than stock.
For SDC, all modes from 45 through 90 will drive panel at stock rate, for 40-44 they’ll be lower than stock, 91-120 will be higher than stock.
For LCD decks, only 61-70 would push panel harder, but there’s very little risk comparatively there, especially given many, including myself, have run LCD decks at 70hz for extended periods without issue.